Flying robot frame: Difference between revisions

	Recipe
	20+ 2+ 1+ 3+ 1 → 1
	Total raw
	23.75+ 2+ 4.5+ 1+ 3+ 1
Stack size	50
Rocket capacity	150 (3 stacks)
Prototype type	item
Internal name	flying-robot-frame
	Required technologies
	Produced by
	Consumed by
	Recipe
	20+ 2+ 1+ 3+ 1 → 1
	Total raw
	23.75+ 2+ 4.5+ 1+ 3+ 1
Stack size	50
Rocket capacity	150 (3 stacks)
Prototype type	item
Internal name	flying-robot-frame
	Required technologies
	Produced by
	Consumed by

← Older edit

Latest revision as of 12:39, 6 February 2018

The Flying robot frame is a high-end component used to build logistic and construction robots.

Note that while the frame itself can be built by hand, many of its components and subcomponents cannot. Batteries require a chemical plant, and electric engine units use lubricant (from another chemical plant) and engine units (which require assembling machines).

History

0.9.3:
- Introduced

@@ Line 1: / Line 1: @@
 {{Languages}}
 {{:Infobox:Flying robot frame}}
-The '''Flying robot frame''' is a high-end component used to build [[Robots]].
+The '''Flying robot frame''' is a high-end component used to build [[logistic robot|logistic]] and [[construction robot]]s.
-Note that while the frame itself can be built by hand, many of its components and subcomponents cannot.  [[Battery|Batteries]] require a [[Chemical plant]], and [[Electric engine unit]]s use [[Lubricant]] (from another Chemical Plant) and [[Engine unit]]s (which require [[Assembling machine]]s).
+Note that while the frame itself can be built by hand, many of its components and subcomponents cannot.  [[Battery|Batteries]] require a [[chemical plant]], and [[electric engine unit]]s use [[lubricant]] (from another chemical plant) and [[engine unit]]s (which require [[assembling machine]]s).
 == History ==

Intermediate products
Fluids	Water Steam Crude oil Heavy oil Light oil Lubricant Petroleum gas Sulfuric acid Thruster fuel () Thruster oxidizer () Lava () Molten iron () Molten copper () Holmium solution () Electrolyte () Ammoniacal solution () Ammonia () Fluorine () Fluoroketone (hot) () Fluoroketone (cold) () Lithium brine () Plasma ()
Resources	Wood Coal Stone Iron ore Copper ore Uranium ore Raw fish Ice ()
Materials	Iron plate Copper plate Steel plate Solid fuel Plastic bar Sulfur Battery Explosives Carbon () Coal synthesis ()
Crafting components	Iron gear wheel Iron stick Copper cable Barrel Electronic circuit Advanced circuit Processing unit Engine unit Electric engine unit Flying robot frame Low density structure Rocket fuel Rocket part
Uranium processing	Uranium-235 Uranium-238 Uranium fuel cell Depleted uranium fuel cell Nuclear fuel Uranium processing Nuclear fuel reprocessing Kovarex enrichment process
Vulcanus	Calcite Tungsten ore Tungsten carbide Tungsten plate
Fulgora	Scrap Holmium ore Holmium plate Superconductor Supercapacitor
Gleba	Yumako seed Jellynut seed Tree seed Yumako Jellynut Iron bacteria Copper bacteria Spoilage Nutrients Bioflux Yumako mash Jelly Carbon fiber Biter egg Pentapod egg
Aquilo	Lithium Lithium plate Quantum processor Fusion power cell
Science packs	Automation science pack Logistic science pack Military science pack Chemical science pack Production science pack Utility science pack Space science pack Metallurgic science pack () Electromagnetic science pack () Agricultural science pack () Cryogenic science pack () Promethium science pack ()
Navigation	Logistics Production Space () Combat Technology Environment

Recipe
20 + 2 + 1 + 3 + 1 → 1
Total raw
23.75 + 2 + 4.5 + 1 + 3 + 1
Stack size	50
Rocket capacity	150 (3 stacks)
Prototype type	item
Internal name	flying-robot-frame
Required technologies

Produced by

Consumed by

Flying robot frame: Difference between revisions

Latest revision as of 12:39, 6 February 2018

History

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